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All the colors that are NOT absorbed by the object.
-- The colors of light that the object absorbsare gone, and aren'tavailable to proceed to your eye.-- The colors of light that the object reflectsproceed from the objectto your eye. They are the colors that the object "looks" to you.
Actually, it depends on witch object it is. If the opaque object is brown, then that means the object absorbed most of the colors of the white light and reflects mostly the brown colors.
An object that appears black is absorbing all colors therefore none of the colors in the spectrum are being reflected.
all the colors are reflected
No. Snail can not detect the colors
to detect the object
Because your eyes have cones that detect color. Rods detect black and white.
All the colors that are NOT absorbed by the object.
-- The colors of light that the object absorbsare gone, and aren'tavailable to proceed to your eye.-- The colors of light that the object reflectsproceed from the objectto your eye. They are the colors that the object "looks" to you.
Actually, it depends on witch object it is. If the opaque object is brown, then that means the object absorbed most of the colors of the white light and reflects mostly the brown colors.
The rod cells detect black in white while the cone cells detect colors.
a blue object reflects blue it absorbs the rest of the colors
White light, such as from the sun, contains all the colors of the visible spectrum (red, orange, yellow, green, blue, indigo, and violet) when light hits an object some of the colors from the white light are absorbed and others are reflected off the object. The colors that are reflected are the ones we see. Small cells in our retinas (cones, and rods) detect the reflected color and send a message to our brain. for example an apple absorbs all colors except for red, thus that color is the one we see.
reflect
colors of opaque object
A thermal camera utilizes radiative heat transfer to detect an object that is warmer than its surroundings.